Kloudtrack is a hyper-local weather and coastal flood system, using 3D-printed electronic sensors and a web application to provide real-time data. The system is designed to serve communities vulnerable to flooding, where meteorological monitoring is vital yet challenging due to financial constraints. The collected data, including historical records, can help local government, researchers, and communities in decision-making. As a low-cost, accessible solution, Kloudtrack has significant potential for widespread adoption in developing countries.
A mechanical engineering graduate from the class of 2022, he is presently the technical engineering head of the startup business Kloudtech. His major responsibility is to manage the manufacturing, research, and manufacture of the technology that the company utilizes. He is also in charge of the equipment that the business uses. Ariel specializes in the usage of microcontrollers in sensing applications, and she is now gravitating toward 3D modeling and 3D printing for IOT communications. moreLinkedIn
JC graduated in 2018 with a degree in Information Technology. Initially, he worked as a tech support for a major US e-commerce platform, aiding clients with gadget-related issues. He later served as a multimedia designer for an Australian company focused on education technology. Additionally, he contributed to a prominent Technology News and Reviews Website in the Philippines, focusing on tech news, gadget reviews, and video editing. Currently, he holds the position of Business and Brand Development Head at the startup Kloudtech, managing administrative tasks, business operations, and stakeholder communication.moreLinkedIn Instagram
Rommel Glenn Mendova presently holds the position of Technical Lead at kloudtech, concurrently working towards his Master's Degree in Civil Engineering at De La Salle University. Previously, he served as the Project Development Officer, instrumental in setting up the Environmental Sustainability Office and Laboratory. His key research focus is on the utilization of Remote Sensing and Real-time Monitoring Sensors for various purposes, including Air Quality Modelling, Disaster Risk Profiling, Water Resources Planning, and implementation of Nature-Based Solutions.moreLinkedIn Instagram